Jamal Toutouh, PhD
PhD in Computer Science
Academic Information
Posted on 29th January, 2016
PhD in Computer Science (Doctor Europeus) at University of Malaga.
Postgraduate Master on Software Engineering and Artificial Intelligence at University of Malaga.
Postgraduate Master in Information and Computer Sciences, Intelligent Systems speciality at University of Luxembourg.
Master on Computer Science at University of Malaga.
Bachelor on Computer Science at University of Malaga.
Professional Information
Posted on 29th January, 2016
[Current] Research associate at Networking and Emerging Optimization (NEO) at University of Malaga in noveON Project (TIN2014-57341-R).
[2012-2016] PhD grant holder FPU with research and teaching duties (Ministerio de Educación, Cultura y Deporte) at Networking and Emerging Optimization (NEO).
[2009-2012] Research associate at Networking and Emerging Optimization (NEO) at University of Malaga in DIRICOM Project (P07-TIC-030440).
[2009] Healthcare and medical Web applications at Hospital Clínico Universitario Virgen de la Victoria de Málaga.
[2009] Healthcare and medical Web applications at Hospital Clínico Universitario Virgen de la Victoria de Málaga.
[2009] Scientific collaborator at Computer Science and Communications (CSC) at University of Luxembourg.
[2007-2008] Research associate at Networking and Emerging Optimization (NEO) at University of Malaga working in CARLINK (EUREKA-CELTIC) Project.
[2007] Scientific collaborator at Computer Science and Communications (CSC) at University of Luxembourg.
[2005] Teacher in Foundation of Training and Employment (FOREM).
DIRICOM Project: Intelligent Design of Wireless Communication Networks.
It is financed by the Spanish regional ministry for Innovation, Science and Business (P07-TIC-030440). The aim of this project is to tackle wireless networks design problems using inteligent techniques. In particular, we are referring to the new advances in 2G/3G telephony as representatives of networks with infrastructure and service provider, as well as new ad hoc networks which require no infrastructure.
CARLINK Consortium: Wireless Traffic Service Platform for Linking Cars.
The aim of this project was to develop an intelligent wireless traffic service platform between cars supported by wireless transceivers beside the road. The primary applications were real-time local weather data, urban transport traffic management, and urban information broadcasting.